The forming process of original topology under graphic platform is studied.
本文研究了图形平台下原始拓扑的形成过程。
Forming the original topology in graphic platform is the foundation of advanced application software.
原始拓扑的形成是高级应用软件使用图形平台的基础。
The functional requirements of graphic platform are analyzed, and the platform is designed with the hierarchical idea.
分析了图形平台的功能需求，并采用分层次设计的思想设计图形平台。
The design principle and realization method of the graphic platform of order-sheet of transformer substation are intro-duced.
提出了变电所操作票图形平台的设计原理与实现方法。
The automatic tracking of power network topology is well implemented by use of the snap model put forward in the graphic platform.
图形平台中提出的捕捉点模型很好地实现了电气主接线图的网络拓扑自动跟踪。
So it makes research on how to define a graphic file format that can be used in power systems by expanding SVG and how to develop a universal graphic platform.
因此如何通过扩展SVG 实现能够满足电力系统要求的图形文件格式以及如何开发出一个具有广泛适用性的图形平台成为本文的主要研究内容。
The design and study approach of a graphic platform for the Intelligent Decision Supporting System in urban high voltage power systems is presented in this paper.
介绍“城市高压电网运行智能决策支持系统”图形平台的设计、研究思想。
On the basis of understanding the specification of SVG, this paper expands SVG on macro-lay and micro-lay according to the special requirements of a graphic platform used in power systems.
在理解SVG规范的基础上，本文根据电力图形的特殊要求，从宏观和微观两个层面扩展了SVG。
The power graphics system not only can provide a good graphic platform for each kind of electric power analysis software, but also be able to provide data to later analysis computation supports.
电力图形系统不仅能为各种电力分析软件提供一个良好的绘图平台，并能对以后的分析计算提供数据支持。
This page aims at developing a graphic system that can meet requirements of SCADA in power systems and create graphic files in SVG format under the guidance thinking of the universal graphic platform.
本课题的目标是要在图形平台一体化的指导思想下，实现能够满足电力数据采集与监视控制（SCADA）要求的图形系统，该系统以可扩展矢量图形（SVG）作为图形交换格式。
This page aims at developing a graphic system that can meet requirements of SCADA in power systems and create graphic files in SVG format under the guidance thinking of the universal graphic platform.
本课题的目标是要在图形平台一体化的指导思想下，实现能够满足电力数据采集与监视控制（SCADA）要求的图形系统，该系统以可扩展矢量图形（SVG）作为图形交换格式。
应用推荐